1,526 research outputs found

    An Experimental Study of a Steel Lattic Mast under Natural Excitation

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    Use of Neural Networks for Damage Assessment in a Steel Mast

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    Vibration Based Damage Assessment of a Cantilever using a Neural Network

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    An Experimental Study of the Modal Parameters of a Damaged Steel Mast

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    A Comparative Study of Three Vibration Based Damage Assessment Techniques

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    Use of a Neural Network for Damage Detection and Location in a Steel Member

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    Damage Assessment of a Steel Lattice Mast under Natural Excitation

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    Vibration Based Damage Assessment of a Civil Engineering Structures using a Neural Networks

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    Sustainability focused decision-making in building renovation

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    An overview of recent research related to building renovation has revealed that efforts to date do not address sustainability issues comprehensively. The question then arises in regard to the holistic sustainability objectives within building renovation context. In order to deal with this question, the research adopts a multi-dimensional approach involving literature review, exploration of existing assessment methods and methodologies, individual and focus group interviews, and application of Soft Systems Methodologies (SSM) with Value Focused Thinking (VFT). In doing so, appropriate data about sustainability objectives have been collected and structured, and subsequently verified using a Delphi study. A sustainability framework was developed in cooperation with University of Palermo and Aarhus University to audit, develop and assess building renovation performance, and support decision-making during the project\u2019s lifecycle. The paper represents the results of research aiming at addressing sustainability of the entire renovation effort including new categories, criteria, and indicators. The developed framework can be applied during different project stages and to assist in the consideration of the sustainability issues through support of decision-making and communication with relevant stakeholders. Early in a project, it can be used to identify key performance criteria, and later to evaluate/compare the pros and cons of alternative retrofitting solutions either during the design stage or upon the project completion. According to the procedure of the consensus-based process for the development of an effective sustainability decision-making framework which was employed in this study, the outcome can also be considered as an outset step intended for the establishment of a Decision Support Systems (DSS) and assessment tool suited to building renovation context

    An Experimental Study of the Modal Parameters of a Damaged Cantilever

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